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International Microwave Symposium
/en/events/international-microwave-symposium
FBH presents several lectures at the IMS
VSWR Protection of Power Amplifiers Using BST Components
/en/research/research-news/vswr-protection-of-power-amplifiers-using-bst-components
To protect solid state power amplifiers against high voltage-standing-wave-ratios, the FBH explored a new approach using Barium-Strontium-Titanat (BST) components
Gallium Nitride Marathon
/en/events/gallium-nitride-marathon
At the Gallium Nitride Marathon and workshop on Gallium Nitride technology in Europe the FBH presents several lectures
Udo Pursche appointed professor
/en/events/udo-pursche-appointed-professor
FBH scientist Udo Pursche has been appointed Professor for RF and Microwave Technology at HTW Berlin.
Klein aber oho
/en/events/klein-aber-oho-4
As information is usually given in German language, please switch to the German website.
Theoretical studies into limits to peak power in diode lasers
/en/events/theoretical-studies-into-limits-to-peak-power-in-diode-lasers
Theoretical studies into limits to peak power in diode lasers Dr. Eugene AvrutinDepartment of Electronics, University of York
Towards a CMOS-integrated laser based on strained Ge
/en/events/towards-a-cmos-integrated-laser-based-on-strained-ge
Towards a CMOS-integrated laser based on strained Ge Dr. Giovanni CapelliniIHP GmbH Leibniz-Institut für innovative Mikroelektronik
BRIDLE project reports positive diode lasers progress
/en/media-center/media-review/bridle-project-reports-positive-diode-lasers-progress
As 3-year project concludes, European partners detail their achievements in performance improvements and efficiency.
BRIDLE project sees advances in high brilliance diode lasers
/en/media-center/media-review/bridle-project-sees-advances-in-high-brilliance-diode-lasers
A project to increase the brilliance of direct diode laser systems, BRIDLE (Brilliant Industrial Diode Lasers), has been completed after 42 months.
Cost efficient Diode Lasers for Industrial Applications
/en/media-center/media-review/cost-efficient-diode-lasers-for-industrial-applications
The »Brilliant Industrial Diode Lasers« (BRIDLE) project has been finished successfully after 42 months of intense research activities.